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The Effect of Space Charge in a Magnetized Planar Plasma of a Gas Discharge on its Properties

机译:空气放电磁化平面等离子体的空间电荷对其性质的影响

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Electric parameters of the magnetized plasma taking into account a small spatial charge are calculated. It is shown that the size of sensitivity of such plasma to a magnetic field is a constant, but smaller than the size of sensitivity of the plasma calculated for a case of weak magnetic fields and tends to zero in case of the strong magnetized plasma. The size and the sign of a space charge define also uniformity of plasma in a transverse section and with small pressure of gas and rather big size of mobility of the charged particles, plasma is always uniform in a category transverse section. With pressure boost in gas and with increase in parameters of movement of the charged particles, plasma becomes the nonuniform in a gas transverse section.
机译:计算磁化等离子体的电参数考虑了小空间电荷。结果表明,这种等离子体对磁场的敏感性的尺寸是恒定的,但小于用于弱磁场的壳体的等离子体的灵敏度的尺寸,并且在强磁化等离子体的情况下趋于零。空间电荷的尺寸和符号在横截面中的等离子体的均匀性和具有小的气体压力和带电粒子的迁移率的小压力,等离子体在类别横截面中总是均匀。随着气体的压力升压,随着带电粒子的运动参数的增加,等离子体在气体横截面中变为不均匀。

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